Bergquist Self-Adhesive Thermal Interface Sheet, 0.203mm Thick, 1.8W/m·K, Fibreglass, 10 x 12in

RS Stock No.: 127-063Brand: BergquistManufacturers Part No.: SP1500ST-0.008-02-1012
brand-logo
View all in Thermal Pads

Technical Document

Specifications

Dimensions

10 x 12in

Thickness

0.203mm

Length

10in

Width

12in

Thermal Conductivity

1.8W/m·K

Material

Fibreglass

Self-Adhesive

Yes

Minimum Operating Temperature

-60°C

Maximum Operating Temperature

+180°C

Hardness

Shore OO 75

Material Trade Name

Sil-Pad 1500ST

Operating Temperature Range

-60 → +180 °C

Country of Origin

United States

Product details

Sil-Pad 1500 ST

Naturally tacky on both sides
Pad is re-positionable
Excellent thermal performance
Auto-placement and dispensable
Thermal impedance : 0.23°C-in²/W (@25psi)

Stock information temporarily unavailable.

Please check again later.

Stock information temporarily unavailable.

₹ 14,537.88

Each (Exc. GST)

₹ 17,154.70

Each (inc. GST)

Bergquist Self-Adhesive Thermal Interface Sheet, 0.203mm Thick, 1.8W/m·K, Fibreglass, 10 x 12in
Imported by:

RS Components & Controls (I) Ltd

Distribution hub - B-89, Sector 67, Noida, Gautam Budh Nagar, (Uttar Pradesh), 201 301

₹ 14,537.88

Each (Exc. GST)

₹ 17,154.70

Each (inc. GST)

Bergquist Self-Adhesive Thermal Interface Sheet, 0.203mm Thick, 1.8W/m·K, Fibreglass, 10 x 12in
Stock information temporarily unavailable.

Buy in bulk

quantityUnit price
1 - 9₹ 14,537.88
10 - 24₹ 14,155.30
25 - 49₹ 13,792.35
50 - 99₹ 13,617.76
100+₹ 13,447.54

Technical Document

Specifications

Dimensions

10 x 12in

Thickness

0.203mm

Length

10in

Width

12in

Thermal Conductivity

1.8W/m·K

Material

Fibreglass

Self-Adhesive

Yes

Minimum Operating Temperature

-60°C

Maximum Operating Temperature

+180°C

Hardness

Shore OO 75

Material Trade Name

Sil-Pad 1500ST

Operating Temperature Range

-60 → +180 °C

Country of Origin

United States

Product details

Sil-Pad 1500 ST

Naturally tacky on both sides
Pad is re-positionable
Excellent thermal performance
Auto-placement and dispensable
Thermal impedance : 0.23°C-in²/W (@25psi)